Copper powder promotes reactions and improves efficiency in silicone catalysts, commonly used in the processing and preparation of silicone materials.

Copper powder is used in friction materials for aerospace and high-speed trains to enhance thermal conductivity and wear resistance, improving heat dissipation and extending the lifespan of the materials.

Metal copper powder forms a porous structure in self-lubricating bearings through sintering, storing lubricant oil to reduce friction and extend bearing life.

Widely used in thermal management materials, enhancing heat dissipation performance and helping devices cool down quickly.

Carbon brushes are used to conduct electricity between the stationary and rotating components of a motor, ensuring the normal operation of the equipment.

Due to copper's excellent electrical and thermal conductivity, 3D-printed copper components are commonly used in the manufacturing of electrical parts, heat exchangers, and thermal elements.

In cold spray and thermal spray processes, copper metal powder is frequently used to coat mechanical surfaces. Copper powder exhibits excellent electrical and thermal conductivity, making it very useful in the coating of electrical and electronic components.

Metal powders are used to manufacture sintered parts for computers, smartphones, and electronic devices. These parts typically feature high strength and precision to meet the performance and durability requirements of modern technological products.

Metal powders are used in various fields for different purposes, such as brazing electrodes in welding and manufacturing industries.